Ultrasonic Interferometer

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Product Details:

Power 10 W
Display Digital LED Display
Usage Measurement of ultrasonic velocity in liquids
Voltage 220 V AC
Product Type Ultrasonic Interferometer
Material Metal
Design Rectangular, Bench-Top
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Ultrasonic Interferometer Price And Quantity

Minimum Order Quantity 1 Unit

Resolution 0.01 cm
Measurement Modes Continuous and Pulse Modes
Temperature Range 10°C to 60°C
Sample Holder Capacity Up to 25 ml
Operating Environment Laboratory
Body Finish Powder Coated
Calibration Manual and Auto Options
Frequency Range 1 MHz to 3 MHz

Ultrasonic Interferometer Product Specifications

Power Source Main Power Supply
Design Rectangular, Bench-Top
Material Metal
Illuminant LED
Dimension (L*W*H) Approx. 380 mm x 150 mm x 210 mm
Power 10 W
Weight Approx. 6.5 kg
Display Digital LED Display
Charging Time Not Applicable (Operates on main power)
Product Type Ultrasonic Interferometer
Detector Quartz Crystal Transducer
Voltage 220 V AC
Accuracy 0.1%
Usage Measurement of ultrasonic velocity in liquids

Resolution 0.01 cm
Measurement Modes Continuous and Pulse Modes
Temperature Range 10°C to 60°C
Sample Holder Capacity Up to 25 ml
Operating Environment Laboratory
Body Finish Powder Coated
Calibration Manual and Auto Options
Frequency Range 1 MHz to 3 MHz

Ultrasonic Interferometer Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days
Main Export Market(s) Australia, South America, Western Europe, Middle East, Africa, Asia, Central America, Eastern Europe, North America
Main Domestic Market All India

Product Description

Ultrasonic Interferometer (To Measure Ultrasonic Velocity in liquids)

Using this instrument several Ph.D. Thesis are awarded and innumerable Research papers are published in National & International Journals. Velocity measurement combining with other physical quantities provides information of more than 30 Parameters. For ready reference few

Equations are listed here. Few Experiments are also suggested for laboratory purpose.

Working Principle

The principle used in the measurement of velocity is based on the accurate determination of the wavelength in the medium. Ultrasonic waves of known frequency (f) are produced by a quartz crystal fixed at the bottom of the cell. These waves are reflected by a movable metallic plate kept parallel to the quartz crystal. If the separation between these two plates is exactly a whole multiple of the sound wavelength, standing waves are formed in the medium. This acoustic resonance gives rise to an electrical reaction on the generator driving the quartz crystal and the anode current of the generator becomes a maximum.

If the distance is now increased or decreased, and the variation is exactly one-half wavelength ( 2), or multiple of it, anode current becomes maximum. From the knowledge of wavelength ( ) the velocity (v) can be obtained by the relation: Velocity = Wavelength x Frequency
v = x f

The Ultrasonic Interferometer consists of the following parts:

HIGH FREQUENCY GENERATOR :Single frequency
MEASURING CEL L:Max. displacement of the reflector : 20 mm Required Quantity of liquid: 10 c.c. Least Count of micrometer: 0.01mm/0.001 mm
SHIELDED CABLE: Impedance : 50 O

Optional: If the variation in the velocity with temperature is to be studied, water at various desired constant temperatures is made to circulate through the double walled jacket of the cell with external circulating water bath.

A number of parameters related to ultrasonic velocity are:

Compressibility
Effective Debye Temperature
Excess Enthalpy
Hydrogen Bonding
Intermolecular Free Length
Solvation Number/ Hydration Number
Vander Wall's Constant
Rao's Constant
Wada Constant
Molecular Interaction
Proton Relaxation Rate
Relative Association
Relaxation Time and Relaxation Strength
Acoustic Impedance
Stacking Constant
Space Filling Factor
Cohesive Energy Barrier
Latent Heat Of Vaporization
Specific Heat Ratio
Miscibility and Compatibility of Blends and many more

Specification

Type	Analog
Model Name/Number	AE 462
Material	metal
Color	white
Brand	ASICO
Usage/Application	laboratory

Precision Meets Versatility

Engineered for laboratory excellence, the Ultrasonic Interferometer provides high-precision measurements with an impressive accuracy of 0.1%. Its dual measurement modes (continuous and pulse) and wide frequency range allow users to tailor operations to specific research requirements, ensuring reliable results for varied liquid samples.

User-Friendly Operation and Robust Build

With both manual and auto calibration options, the device is accessible for beginners and professionals alike. The digital LED display enables straightforward readouts, while the powder-coated metal construction ensures durability. The rectangular, bench-top design fits seamlessly into laboratory workspaces, meeting rigorous standards for daily use.

Optimal for Laboratory and Industrial Applications

The Ultrasonic Interferometer is ideal for academic research, quality assurance, and industrial liquid analysis. Exporters, manufacturers, suppliers, and traders in India benefit from its easy operation, main-powered functionality, and adaptable usage across a spectrum of laboratory environments.

FAQs of Ultrasonic Interferometer:

Q: How does the Ultrasonic Interferometer measure the velocity of ultrasound in liquids?

A: The device utilizes a quartz crystal transducer to generate ultrasonic waves, which pass through the liquid contained in the sample holder. By analyzing the interference patterns created, the digital system calculates the velocity of ultrasound within the liquid with high accuracy.

Q: What applications is this Ultrasonic Interferometer best suited for?

A: It is optimized for laboratory use, particularly in research, quality control, and industrial testing to evaluate the ultrasonic velocity in various liquids. Its reliable measurements benefit academics, manufacturers, exporters, and suppliers seeking precise liquid analysis.

Q: When should I choose between continuous and pulse measurement modes?

A: Continuous mode is ideal for real-time monitoring and stable samples, while pulse mode is recommended for transient or fast-changing measurements, giving the flexibility to adapt to different experimental requirements.

Q: Where is this Ultrasonic Interferometer intended to be used?

A: The instrument is specifically designed for laboratory environments and is suitable for bench-top installation. Its compact design and main power supply make it easy to incorporate into academic, research, or industrial laboratory settings.

Q: What is the calibration process for this instrument?

A: Calibration can be performed either manually by following the provided guidelines or automatically using the instruments built-in functions. This ensures measurement accuracy is maintained over time, regardless of usage frequency.

Q: How does the digital LED display enhance the operational process?

A: The digital LED display presents measurement data clearly and promptly, reducing the chance of user error and enhancing workflow efficiency by allowing quick and confident result interpretation.

Q: What advantages does the powder-coated metal body offer?

A: The powder-coated metal body increases the instruments lifespan by providing durability and resistance against corrosion, ensuring it maintains optimal performance despite frequent laboratory use.

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